For more information visit:
www.EatonElectrical.com
Visualization with EZD
MN05013005E
316
actual value QV switches to the SV value entered and
continues counting from this value. The maximum scaling
range (10.00) is assigned to the maximum value range
(9999). The value of QV will therefore jump to 9999 when the
entered value is 10.00 and I1 is actuated.
Figure 169: Transfer of value with fixed step width set
Screen 5:
Screen 5 shows an example of the Visibility tab. If I4 is closed,
the value entry element is made invisible. The make contact
bit logic is set. When using break contact bit logic, this is the
same as a “visible circuit”. Even when invisible the element is
operable and value entry is still possible.
Figure 170: Making the value entry element invisible
Value entry
Transfer of QV value
Set value visible
Set value invisible
Step width
Set entry
QV
16
(OK)
8.50
Step width
Set entry
QV
8500
(OK)
8.50
Set value entry
Invisible
QV
via I4
299
1037
Set value entry
Invisible
QV
via I4
299
